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INDUSTRIAL & PROCESS

ENGINEER THE PROCESS.PROTECT THE ASSET.

A dedicated engineering entry point for industrial filtration, separation and process conditioning projects. Start with the operating problem, process conditions and required outcome — not with a generic filter list.

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HIGH-VALUE INDUSTRIAL PROJECTS

A different entry path from heavy-duty replacement filtration.

Industrial & Process projects are qualified by duty, operating envelope, contamination mechanism, process risk and system compatibility. This page is the commercial and technical front door for plants, OEMs, EPCs, integrators, operators and industrial distributors.

Product selection is resolved through validated technology cores and application evidence. Supplier claims are not presented as ELIMFILTERS performance until approved.

DIRECT ANSWER

What is ELIMFILTERS Industrial & Process?

ELIMFILTERS Industrial & Process is the commercial engineering division for replacement filtration, separation and treatment media used in industrial air, dust and fume, gas, fluid-conditioning and water-treatment applications.

Does ELIMFILTERS sell complete process equipment?

No. The commercial scope is centered on validated replacement media and filtration, separation or treatment elements. Housings, vessels, collectors, skids, pumps, fans, ductwork and controls are application context unless a separate ELIMFILTERS system scope is explicitly approved.

GOVERNED TREATMENT ARCHITECTURE

Select the mechanism first. Keep the element separate from the equipment.

Industrial & Process selection starts with the carrier medium, contaminant phase, operating envelope and required downstream condition. Mixed contamination can require staged treatment rather than one universal filter family.

ELIMFILTERS commercial scope is centered on validated filtration, separation and treatment media and replacement elements. Housings, pressure vessels, collectors, skids, pumps, fans, ductwork, controls and other process equipment are application context unless a separate ELIMFILTERS system scope is explicitly approved.

FIVE COMMERCIAL TECHNOLOGY PLATFORMS

Navigate by treatment function.

STANDARDS & TEST GOVERNANCE

Industrial elements are specified against the applicable test method.

ELIMFILTERS Industrial & Process links each platform and treatment family to the governed ISO, ASTM and other test methods that actually apply to that mechanism. Standards are engineering references, not blanket certification claims.

AEREMIS™

Air Technologies

—ISO 16890 series — general-ventilation air-filter classification and performance testing; applicable to general particulate stages.
—ISO 29463 series — high-efficiency filter/media classification and element testing; applicable to HE-CRIVA™ duties.
—ISO 10121 series — gas-phase air-cleaning media/device performance and classification; applicable to MA-TREA™ duties.
—ISO 29462:2022 — in-situ field testing of general ventilation filtration devices and systems where field verification is required.

PARTION™

Dust & Fume Technologies

—ISO 16891:2016 — evaluation of degradation characteristics of cleanable industrial filter media.
—ISO 22031:2021 — sampling and testing of cleanable filter media taken from operating filter systems.
—ISO 21904 series — welding-fume capture/separation equipment requirements where the application is welding or an allied process; equipment-level scope must not be represented as independent cartridge certification.
—ASTM D6830-02(2022) — pressure-drop and filtration-performance characterization of cleanable filter media.

COALVEX™

Gas Conditioning Technologies

—ISO 13686:2013 — natural-gas quality designation; process/gas-quality context rather than a filter-element certification.
—ISO 12500-1:2007 — oil-aerosol performance testing of coalescing filters in compressed-air systems only.
—ISO 8573-1:2010 — compressed-air purity classes for particles, water and oil where the duty is compressed air.
—ISO 8573-2:2018 — compressed-air oil-aerosol measurement where applicable.
—ISO 8573-9:2004 — compressed-air liquid-water measurement where applicable.

FLUREXIS™

Fluid Conditioning Technologies

—ISO 16889:2022 — multi-pass evaluation of hydraulic filter-element particulate-removal, contaminant-capacity and differential-pressure performance where that element test method applies.
—ISO 4406:2021 — coding of solid-particle contamination level in hydraulic fluids; also used as a cleanliness-reporting reference where specified for industrial fluid programs.
—ISO 3968:2017 — differential-pressure-versus-flow evaluation of hydraulic filters.
—ISO 2941:2009 / ISO 2942:2018 / ISO 2943:1998 — collapse/burst, fabrication integrity/bubble point and material-compatibility verification for hydraulic filter elements.
—ISO 11171:2022 and ISO 11500:2022 with Amendment 1:2026 — particle-counter calibration and liquid-sample particle counting where the fluid and measurement method are within scope.
—ISO 12937:2000 and ASTM D6304-25 — water determination by coulometric Karl Fischer where applicable to DEWATIS™ verification.
—ASTM D7843-25e1, ASTM D664-24 and ASTM D2272-22 — oil-condition diagnostic methods applicable to selected OILREVEX™ duties.

AQUVEXIS™

Water Treatment Technologies

—ISO 20468-1:2018 — general performance-evaluation framework for treatment technologies in water-reuse systems where that system scope applies.
—ISO 20468-5:2021 — membrane-filtration performance evaluation for water-reuse systems.
—ISO 20468-6:2021 — ion-exchange and electrodialysis performance evaluation for water-reuse systems.
—ISO 23044:2020 — guidance for softening and desalination of industrial wastewater for reuse, including ion exchange, NF, RO, ED and EDI.
—ISO 25175:2026 — RO/NF membrane-element air-tightness, permeation and salt-rejection test methods within its marine-technology scope; applicability is not extended to ultrafiltration.
—ASTM D1782-26 — operating performance of particulate cation-exchange materials.
—ASTM D6807-17(2026) — operating performance of continuous electrodeionization systems on qualifying RO permeate.

ENGINEERING QUALIFICATION

What we need to evaluate an industrial project.

01Process fluid or gas
02Contaminant / treatment objective
03Flow rate
04Operating and design pressure
05Temperature
06Required efficiency / quality target
07Applicable standard / test method / target class
08Materials and chemical compatibility
09Existing housing, vessel or system

INDUSTRIAL PROJECT INTAKE

Bring us the operating conditions. We resolve the filtration architecture.

For new installations, difficult contamination problems, retrofit programs, OEM requirements and recurring industrial supply opportunities.

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